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| Quantity: | |
|---|---|
SCM2000
Model | SCM2000 |
Max working Area | 800*800mm |
Laser power | 150watts/250 watts/350watts |
Power Consumption | ≤ 5-7kWh |
Life Span | Over 20000 hours |
Marking Speed | ≤7000mm/s |
Worktable | MDF/Strip/Honeycomb worktable |
Laser Source | US Coherent RF metal co2 laser source |
Laser Wavelength | 10.64μm |
Laser Frequency | 20kHz~200kHz |
Focusing method | 3D dynamic focusing system |
System Support | Windows |
Output Compatibility | Auto CAD, Photoshop, CorelDRAW etc |
File Formats | PLT, DXP, BMP, JPG, AI etc |
Software Character | Integrated Function of Dotting Design, Vector Drawing, Marking, Scribing and Cutting |
Power Supply | 110V~380V/50Hz~60Hz |
Cooling Way | Circulation of Water Cooling |
The high productivity Dynamic CO2 Laser Marking Machine SCM2000 model is the ideal solution for marking, engraving and cutting paper, cardboard, genuine and synthetic leather, natural and synthetic textiles, denim, rubber, wood, acrylics, acetates, organic andsensitive materials to the co2 wavelength in general on large areas up to 800×800 mm.
Compared with traditional machining industry, the laser machinery display the non-touching processing by burning or vaporization on the partial surface of target material during the chemical-physical actions generated by instant extremely high optical laser energy, to make the permanent marking on material surface.
Also, the equipment trys to use Aluminum frame structure, and the latest motor driving in the whole worktable platform to ensure the same great qualities. The adjustment of laser optical path is driven by two galvanometer motors(XY), and the third axis is driven by pre-scanning gathered system to make a wildly adjustment for focus distance. Imported RF laser, high speed optical scanning galvanometers, and our self-designed linear 3d dynamic focusing system, hardware controlling system, marking controlling software system and high precision thermostatic water cooling system are the key points to maintain stable 24h longtime lasting performance.
Samples
Model | SCM2000 |
Max working Area | 800*800mm |
Laser power | 150watts/250 watts/350watts |
Power Consumption | ≤ 5-7kWh |
Life Span | Over 20000 hours |
Marking Speed | ≤7000mm/s |
Worktable | MDF/Strip/Honeycomb worktable |
Laser Source | US Coherent RF metal co2 laser source |
Laser Wavelength | 10.64μm |
Laser Frequency | 20kHz~200kHz |
Focusing method | 3D dynamic focusing system |
System Support | Windows |
Output Compatibility | Auto CAD, Photoshop, CorelDRAW etc |
File Formats | PLT, DXP, BMP, JPG, AI etc |
Software Character | Integrated Function of Dotting Design, Vector Drawing, Marking, Scribing and Cutting |
Power Supply | 110V~380V/50Hz~60Hz |
Cooling Way | Circulation of Water Cooling |
The high productivity Dynamic CO2 Laser Marking Machine SCM2000 model is the ideal solution for marking, engraving and cutting paper, cardboard, genuine and synthetic leather, natural and synthetic textiles, denim, rubber, wood, acrylics, acetates, organic andsensitive materials to the co2 wavelength in general on large areas up to 800×800 mm.
Compared with traditional machining industry, the laser machinery display the non-touching processing by burning or vaporization on the partial surface of target material during the chemical-physical actions generated by instant extremely high optical laser energy, to make the permanent marking on material surface.
Also, the equipment trys to use Aluminum frame structure, and the latest motor driving in the whole worktable platform to ensure the same great qualities. The adjustment of laser optical path is driven by two galvanometer motors(XY), and the third axis is driven by pre-scanning gathered system to make a wildly adjustment for focus distance. Imported RF laser, high speed optical scanning galvanometers, and our self-designed linear 3d dynamic focusing system, hardware controlling system, marking controlling software system and high precision thermostatic water cooling system are the key points to maintain stable 24h longtime lasting performance.
Samples
